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rabi ibrahim rabady
• Electrical Engineering - Faculty Member

  • Ph.D. of Electrical Engineering from Wayne State University, 2003
  • Msc. of Electrical Engineering from Wayne State University, 1998
  • Bsc. of Electrical Engineering from Jordan University of Science and Technology, 1994
  • " Profiled absorber design illuminated uniformly by parabolic reflectors ", Applied Optics
  • " Thicknesses Optimization Of Two- and three-Junction Photovoltaic Cells With Matched Currents And Matched Lattice Constants ", Solar Energy
  • "Application of Paraffin-Based Phase Change Materials for The Amelioration of Thermal Energy Storage in Hydronic Systems", Energies
  • "Effective solar-thermal collector with uniform concentration ", solar energy
  • "Near Zero Reflection by Nanostructured Anti-reflection Coating Design for Si", Superlattices and Microstructures
  • "New effective PV battery charging algorithms", solar energy
  • "Optimal V-Reflector Design With Maximum Solar Concentration", Journal of Solar Energy Engineering
  • "Optimized spectral splitting in thermo-photovoltaic system for maximum conversion efficiency", Energy
  • "Power spectral shaping for hydrogen production from silicon based hybrid thermo-photovoltaic water electrolysis", Energy
  • "Thermal Conductivity Enhancement of Sodium Thiosulfate Pentahydrate by adding Carbon nano-tubes/ Graphite nano-particles", Journal of Energy Storage
  • Faculty Member, Electrical Engineering, Mar 2019 - Present
  • Vice Dean, Vice Dean, Sep 2017 - Mar 2018
  • Faculty Member, Institute Council, Sep 2017 - Mar 2019
  • Faculty Member, Electrical Engineering, Jan 2006 - Sep 2017
  • Full-time Lecturer, Electrical Engineering, Apr 2005 - Jan 2006
  • CIRCUITS LAB
  • COMMUNICATION SKILLS FOR ENGINEERS
  • DIGITAL ELECTRONIC CIRCUITS LAB.
  • ELECTRICAL MACHINES LAB (FOR NON EE STUDENTS)
  • ELECTRICAL CIRCUITS LAB
  • ELECTRICAL ENGINEERING LAB
  • ELECTRONIC CIRCUITS LAB
  • ELECTRONIC CIRCUITS LAB (2)
  • ENGINEERING PRACTICE
  • INSTRUMENTATION & MEASUREMENTS
  • INSTRUMENTATION AND MEASURMENT LAB.
  • INTRODUCTION TO LINEAR SYSTEMS
  • NANOTECHNOLOGY FOR SOLAR CELLS
  • NUMERICAL ANALYSIS
  • NUMERICAL METHODS FOR ENGINEERS
  • OPTICAL FIBER COMMUNICATION SYSTEMS
  • PRINCIPLES OF ELECTRICAL ENGINEERING
  • PRINCIPLES OF ELECTRICAL ENGINEERING (NON EE-STUDENTS )
  • PV-PHOTOVOLTAIC
  • SEMINAR
  • SPECIAL TOPICS IN POWER & CONTROL
  • THIN FILMS SCIENCE AND TECHNOLOGY